Emulsion opal glass charging machine

Abstract

The invention discloses an emulsion opal glass charging machine comprising a material storage bin, a vibrating feeder, a horizontal conveying frame, a conveying frame displacement driving motor, a rotary working frame, a fixed base and a foundation supporting frame, wherein the vibrating feeder is arranged at the upper part of the foundation supporting frame, the bottom discharge opening of the material storage bin is connected with the material input end of the vibrating feeder, the bottom of the rotary working frame is provided with a movable rotating shaft and is connected with the fixed base, the fixed base is provided with a fixed gear plate, the bottom of the rotary working frame is provided with a gear driving motor, and the conveying frame displacement driving motor is arranged on the rotary working frame. By virtue of the mode, the emulsion opal glass charging machine disclosed by the invention can charge materials to an all-electric-melting furnace without dead angles along with the back-and-forth movement and swing of the horizontal conveying frame; the emulsion opal glass charging machine disclosed by the invention is good in material feeding uniformity, can be used for improving the production efficiency, and is small in floor area and convenient to operate.

Description

technical field [0001] The invention relates to the field of feeding equipment for opal glass production, in particular to a feeding machine for opaque glass. Background technique [0002] Opalescent glass is a collective term for opaque or translucent opalescent and tinted glasses that contain a large number of dispersed particles. The opacifying agent is added to the glass batch for high-temperature melting. When the temperature drops, the opacifying agent is separated from the glass frit due to the decrease in solubility, and exists in the solid glass in the form of dispersed large particles. Therefore, the production of opacifying glass The first step is the melting of the ingredients, and the high-temperature heating and melting of the raw materials is generally carried out in an all-electric melting furnace. [0003] In order to improve the safety of production and avoid the problem of high temperature burns, all the feeding of the all-electric melting furnace is done...

AI Technical Summary

Problems solved by technology

The shape of the all-electric melting furnace is generally circular, and the general feeding machine has a simple structure and can only move in a straight line in the front, back or left and right directions, which cannot feed the circular all-electric melting furnace evenly without dead ends. The feeder needs to lay two vertical tracks, which occupies a large area and affects the working environment

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